amfAR Founding Chairman Mathilde Krim, PhD, Addressed United Nations

June 13, 201—On June 8, 2011, Mathilde Krim, PhD, founding chairman of amfAR, The Foundation for AIDS Research, addressed the United Nations General Assembly to help open the UN High Level Meeting on AIDS at UN headquarters in New York.

Dr. Krim’s speech highlighted the importance of scientific research in the 30-year fight against HIV/AIDS, and how research has helped the world gain a better understanding of how to control—and curb—the epidemic.

See below for video and the full text of her remarks.

Remarks by Mathilde Krim, PhD
United Nations General Assembly
June 8, 2011

I am Mathilde Krim, the Founding Chairman of amfAR, The Foundation for AIDS Research. This is a not-for-profit foundation based in New York and Washington D.C. that has global interests and activities.

I am very honored by your invitation to participate in this important meeting held on the thirtieth anniversary of the first report, in June 1981, of five cases of the disease that came later to be known as AIDS (Acquired Immune Deficiency Syndrome).

None of us, in 1981, could have predicted the tragedy to follow. The number of people with AIDS rapidly grew. Some scientists soon realized that AIDS was caused by a sexually or blood transmissible virus, one that was to be named HIV (Human Immunodeficiency Virus). That virus was found capable of destroying the human body’s immune defense system, thus making the body susceptible to many other infections. So far, HIV infection has always had lethal consequences.

In the 30 years since the 1981 report, 25 million people have died, worldwide, of AIDS-related illnesses and more than 33 million people now live with HIV/AIDS. Here, in the United States, more than 56,000 people become HIV infected each year and a total of one million of this country’s people now live with HIV/AIDS.

In 1981, nothing was known about how the disease was transmitted nor, of course, whether and how it could be prevented or treated. It was not known whether AIDS was confined to one or more “at risk groups” or if everyone in the general population was or could be at risk.

Productive research programs were slow to start.

Nevertheless, over the last 30 years, prevention based on changes in interpersonal behavior or medical care practices, an increased respect for human rights and research advances in the understanding of certain fundamental biological mechanisms have collectively resulted in one of the most remarkable success stories in the history of biomedical research.

Prevention research has, by now, delivered a raft of useful interventions:

Serological and other tests capable of protecting the safety of blood collected for transfusions were devised and became widely used.

Male circumcision was shown to significantly reduce the risk for males of contracting HIV through heterosexual sex.

Very importantly – an arsenal of more than thirty (antiretroviral, or ARV) drugs has become available for treating HIV infected people, enabling them to live longer and relatively healthy lives.
It was shown that some of these drugs could also significantly contribute to the prevention of HIV infection:

For example, mother-to-child transmission of the virus has been virtually eliminated in certain countries with ARV treatment and ongoing efforts are now underway to attempt to replicate that success everywhere.

It was also shown that a vaginal microbicide gel that women can use before heterosexual sex, can sharply decrease their risk of contracting HIV.

Another remarkable study has recently shown that at high-risk but still HIV-negative men who have sex with men but diligently take a particular antiretroviral drug, reduced their risk of contracting the virus by more than 90%.

And, also recently, a clinical study finally confirmed that a healthy HIV-positive person on antiviral drugs is much less likely to pass on the virus to his or her partner than an untreated person.

Very effective prevention of HIV infection has resulted from the adoption of the very low-cost and highly effective public health practice of “needle exchange.” It is thus now possible to shield users of psychoactive drugs (and hence also their sexual partners and their children) from HIV infection transmitted through the sharing of HIV-contaminated needles.

All the above constitutes remarkable new knowledge that is broadly applicable. This is good news because the rate at which people are becoming newly HIV infected is now outpacing our current ability to provide antiretroviral treatment. We are therefore still losing ground to HIV and we are still losing the battle against HIV and AIDS.

None of the preventive or treatment interventions I mentioned above can by themselves end the epidemic. But if used in various combinations and on a scale that can reach all vulnerable populations, they can lead to a very substantial and worldwide reduction in the incidence of HIV infection and AIDS. And, of course, smart investments in HIV prevention would pay off handsomely not only in lives saved but also in treatment costs averted.

Ending the global AIDS epidemic will ultimately require the equivalent of an effective vaccine for prevention and curative treatment(s), i.e. treatments that are capable of completely eradicating HIV from all the body’s infected cells.

Developing an effective vaccine has proven difficult, not least because HIV has multiple strains and a rapid mutation rate. However, recent developments are offering glimmers of hope. In 2009 and, for the first time, a clinical trial identified a modest preventive effect from an experimental vaccine. And, two potent antibodies were discovered that can stop more than 90 percent of known global HIV strains from infecting human cells. Follow up studies are currently being pursued.

Finally – and perhaps most excitingly – research is generating increasing optimism that a cure for HIV/AIDS is now within the realm of possibility. The so-called “Berlin Patient,” a true AIDS survivor, is living proof that achieving a real cure is technically feasible. Though the procedure this patient underwent is not likely to be replicable on a meaningful scale, he is the first to have been cured of HIV through a stem-cell transplant. This and other promising scientific advances have led research organizations, including amfAR, the National Institutes of Health and the International AIDS Society, to establish collaborative research teams now racing towards curative treatment.

And now, thirty years into the AIDS epidemic, we are also faced with a choice that we never had before. Should we be content to deal, for more decades, with pieces of an enormous and growing tragedy while still spending large resources to protect or treat only a fraction of all those in need? Or can we summon the collective will to effectively deploy existing prevention and treatment interventions, making larger but strategic investments in further research and the use of its findings, all of which could end the AIDS epidemic in our lifetime?

I fervently hope that all those in this audience will join the voices of reason, of decency and of compassion that will explain to the world why the epidemic of HIV/AIDS must be confronted and vanquished everywhere and as soon as possible. Let us never forget not only that the lives we will help save will perhaps be our own, but that they quite certainly will be those of our younger generations, our children and grandchildren.